SpaceX Catches Starship Upper Stage With Mechanical Arms in Texas

SpaceX successfully returned its Starship rocket from a 22-hour orbital flight on Saturday, November 15, 2026, catching the upper stage with mechanical arms at its Texas launch site.

The 171-foot vehicle descended through dense clouds above the Starbase facility, restarted its engines to flip into a vertical position, and settled gently into the Mechazilla tower’s arms while its engines were still firing.

Reuters reported that the catch advances the company's decade-long push toward developing a fully reusable rocket system.

SpaceX missions commentator Dan Huot described the precision maneuver as “the missing link and the holy grail of space flight,” according to Reuters.

The two-stage rocket lifted off on Friday from the Starbase facilities in South Texas, powered by its Super Heavy booster. That lower-stage booster did not complete a comparable return to the launch mount roughly 10 minutes after liftoff, setting aside the company’s objective to recover both sections of the rocket simultaneously.

The upper-stage Starship continued into space, reaching an altitude of roughly 161 miles before deploying 26 Starlink satellites on Friday night. On Saturday, the spacecraft fired a single engine to begin its atmospheric descent over the Pacific Ocean. It plunged through intense heat from an orbital speed of about 17,000 miles per hour down to a supersonic free fall above the Gulf Coast.

Small aerodynamic flaps near the top of the Starship hooked onto the closing mechanical arms of the launch tower, leaving the vehicle suspended a few hundred feet above the ground. Elon Musk and SpaceX engineers inspected the vehicle within hours of the touchdown, with Musk posting on X that the spacecraft appeared to be in excellent condition alongside photos and video footage from the tower.

The successful reentry advances the rapid development of Starship.

The miliardario Elon Musk sees the vehicle as the future transport for the Starlink satellite business, orbital data centers, human missions to the Moon, and eventual voyages to Mars.

The company’s commercial lead relies on the smaller Falcon 9 rocket, which has flown more than 700 times since 2010.

While the first stage of the Falcon 9 routinely returns for reuse, its second stage is discarded into the ocean after every flight, making the full reusability demonstrated by Starship a distinct technological leap for the firm.